As one of the most successful modifications to conventional fluidized beds to intensify their
operations, vibrated gas-fluidized beds (VGFBs) have been used extensively in industry …

Vibrated gas-fluidized beds are widely used industrially, and two main methods exist to
simulate them computationally:(i) in a moving reference frame by oscillating gravity and (ii) …

Granular materials are critical to many natural and industrial processes, yet the chaotic flow
behavior makes granular dynamics difficult to understand, model, and control, causing …

Granular system under vertical vibration exhibits a range of convection patterns. A universal
and convincing explanation of multiple convection patterns is still lacking, which hinders the …

The dynamics of Faraday waves in a gas-fluidized bed vibrated in both the vertical and
horizontal directions simultaneously were investigated using two-fluid model (TFM) …

Mixing and segregation of granular particles on the basis of size and density from vertical
vibration or upward gas flow is critical to a wide range of industrial, agricultural and natural …

The descent of dense intruder disks through granular material fluidized by vertical gas flow
and vibration is investigated experimentally and computationally. Single intruders descend …

Granular flows are ubiquitous both in natural and industrial processes such as
pharmaceuticals production, mining and food–processing. Within a gas-solid fluidized bed …

This paper investigates the global structures of periodic orbits that appear in Rayleigh–
Bénard convection, which is modelled by a two-dimensional perturbed Hamiltonian model …